And I guess it’s limited by the two octave range, but for small modulation it’s only a concern for two notes in the range (the lowest octave’s lowest note or the highest octave’s highest note) so in most cases it’s just not an issue.
The designer LFO is your friend here. You can fine tune the values from -128 to 0 to 128 to scale the ammount (128 being the value you input) so 1 would do half step modulation, anything below will have smaller effect.
Using trigless locks on LFO depth, I can p-lock classic tracker vibrato effects anywhere on the track. Or p-lock LFO depth in a scene for live expressiveness.
What I’ missing now is the old tracker chord effect for large ascending intervals. Square LFO on pitch works, but for a 8ve chord effects it limits the octave range from the two available octaves to only one (because both root note and chord note are bounded by the two octaves range). Any idea to bypass this limitation?
Maybe: use a higher octave sample, and use rate modulation instead of pitch modulation, choosing the highest note of the chord as rate = 63 (default), and lowest note rate = 32 (one octave lower IIRC)?
Or use rate modulation like above, and always use descending intervals in order to keep the two octaves pitch range? For example use a descending 4th instead of an ascending 5th.
(That would be with tstr: “off” and rate: “ptch” on the playback setup page I guess.)
If I understand, I could draw 8 triangle periods in the LFO designer, so it can go 8 times faster than a regular 1 period “x 64” triangle LFO. That would be a “x 512” triangle LFO equivalent.
Unbelievable - here I was for years thinking I could not achieve ‘smooth’ vibrato/warble/wow and all I had to do was turn the timestretchhhhhhhhhhh off